Teslasuit Biometric Haptic Feedback Virtual Reality Suit VR full body sensor SDK

Description

Haptic Feedback
TESLASUIT’s full body haptic feedback system uses electro muscle stimulation (EMS) and transcutaneous electrical nerve stimulation (TENS) to simulate a range of real-life feelings and sensations. Using this system, the TESLASUIT can provide physical feedback based on the visual simulation that may be experienced on a flat screen or immersive reality devices.
This can provide more immersive experiences, build muscle memory, autocorrect technique, and build deep learning environments.
90
Channels
1-150 Hz
Frequency
1-60 mA
Current
Wide range
of Haptic Sensations
EMS
Electrical Muscle Stimulation
TENS
Transcutaneous Electrical
Nerve Stimulation
FES
Functional Electrical Stimulation
Motion Capture
TESLASUIT’s motion capture system uses 14 Inertial Measurement Unit (IMU) sensors to identify specific points around the TESLASUIT to track, record and monitor the movements and positioning of users. Each IMU sensor is made up of an accelerometer, gyroscope, and magnetometer.
The motion capture system can be used for animation creation (games, movies, etc.), performance monitoring and capture (sports, etc.), ergonomics and human factor testing (research, data analysis).
14
Sensors
100
Frames/sec
IMU
6-axis or 9-axis modes
Full Body
Motion Tracking
Positional
Tracking
Record
of Body Movement
Biomechanical
Analysis
Biometry system
TESLASUIT’s biometry system provides a deep and readable set of information aimed at understanding the physical state of the user. The photoplethysmography (PPG) system gives information about the cardiorespiratory system by calculating the user's heart beat per minute (BPM) and pulse rate variability (PRV).
This enables interactive VR/AR training content that adapts to the trainee for personalized experiences.
200
Frames/sec
455-955 nm
Spectral sensitivity range
Pulse Rate
Monitoring
SpO₂
Coming soon
Status
of physical condition
Pulse Rate
Variability